| bootstrap: running: libtoolize --quiet | |
| bootstrap: running: git clone --depth 365 'git://git.sv.gnu.org/gnulib' 'gnulib' | |
| Cloning into 'gnulib'... | |
| Checking out files: 1% (148/9274) | |
| Checking out files: 2% (186/9274) | |
| Checking out files: 3% (279/9274) | |
| Checking out files: 3% (339/9274) | |
| Checking out files: 4% (371/9274) | |
| Checking out files: 5% (464/9274) | |
| Checking out files: 5% (537/9274) |
For OS/2 table versions >= 3, take the sum of the advancement widths (from the hmtx table) of each glyph, iff the advancement width is greater than zero. Do integer division of this sum by the number of glyphs that had an advancement width > 0.
For versions < 3, follow a similar procedure, but weight according to: http://www.microsoft.com/typography/otspec/os2ver2.htm#acw, and only consider lowercase latin characters for the average.
Reference material: http://www.microsoft.com/typography/otspec/cmap.htm
Convert Unicode string using the appropriate encoding (e.g ShiftJIS). For each unicode code point, store the corresponding multibyte character sequence in little endian format.
E.g: Suppose you converted the character 'コ' (U+30B3) using ShiftJIS encoding. This would give the bytes [0x83, 0x52]. Store the result in a WORD (or larger sized variable) to give 0x8352 as the value. Use this value to lookup the glyph id from the cmap.
Conversion between charsets may be achieved through a number of ways, such as by using ICU. On Windows, the Unicode and Character set functions, such as WideChartoMultiByte may be used instead. Depending on the language, there may be in-built character set conversion utilities.
| #!/bin/bash | |
| set -ev | |
| gcc -Wall -Werror -pedantic -std=c99 -g `pkg-config --cflags gdk-3.0` gdktransient.c `pkg-config --libs gdk-3.0` -o gdk | |
| ./gdk |
| require "cxxstdlib" | |
| require "exceptions" | |
| require "formula" | |
| require "keg" | |
| require "tab" | |
| require "utils/bottles" | |
| require "caveats" | |
| require "cleaner" | |
| require "formula_cellar_checks" | |
| require "install_renamed" |
| warning: HEAP[fontforge.exe]: | |
| warning: Heap block at 0476DFC8 modified at 047A17C8 past requested size of 337f | |
| 8 | |
| Program received signal SIGTRAP, Trace/breakpoint trap. | |
| 0x76faeeab in ntdll!RtlpNtSetValueKey () from C:\WINDOWS\SYSTEM32\ntdll.dll | |
| (gdb) bt full | |
| #0 0x76faeeab in ntdll!RtlpNtSetValueKey () | |
| from C:\WINDOWS\SYSTEM32\ntdll.dll |
NOTE: For more up-to-date instructions and more explanations, please see the readme of https://github.com/jtanx/isso-azure
https://my-web-app-name.scm.azurewebsites.net and click on Site ExtensionsPython 2.7.12 x64 and IIS Manager extensions. Click on Restart site when both are installed.IIS Manager.applicationHost.xdt tab
| ^done | |
| (gdb) | |
| &"disas\n" | |
| ~"Dump of assembler code for function comparespline:\n" | |
| ~" 0xb7824580 <+0>:\tpush %ebp\n" | |
| ~" 0xb7824581 <+1>:\tpush %edi\n" | |
| ~" 0xb7824582 <+2>:\tmov %eax,%edi\n" | |
| ~" 0xb7824584 <+4>:\tpush %esi\n" | |
| ~" 0xb7824585 <+5>:\tpush %ebx\n" | |
| ~" 0xb7824586 <+6>:\tcall 0xb76a7ac0 <__x86.get_pc_thunk.bx>\n" |
This fixes linking when using the v120 toolset.
You will need to download the installation files for Visual Studio 2013. This link should work: https://www.microsoft.com/en-au/download/details.aspx?id=44914 (download the ISO)
Note that you don't have to install Visual Studio 2013.
This is one method to create the base package required to bootstrap an msys2 environment. I'm not sure if it's the official way.
Note: You'll have to run this from an existing msys2 installation.
mkdir -p msys64/var/lib/pacman
pacman -r msys64 -Sy base